Publications
- Taylor, E.B., P. Tamkee, E. Keeley, and E. Parkinson 2011. Conservation prioritization in widespread species: the use of genetic and morphological data to assess population distinctiveness in rainbow trout (Oncorhynchus mykiss) from British Columbia, Canada. Evolutionary Applications 4: 100-115
- Harris, L.N., and E.B. Taylor 2010. Pleistocene glaciations and contemporary genetic variation in a Beringian fish, the broad whitefish, Coregonus nasus (Pallas): inferences from microsatellite DNA variation. J. Evol. Biol. 23: 72-86
- Taylor, E.B 2010. Changes in taxonomy and species distributions and their influence on estimates of homogenization and differentiation in freshwater fish faunas. Diversity and Distributions 16: 676-689
- Ilves, K. and E.B. Taylor 2009. Molecular resolution of systematics of the northern hemisphere smelt family Osmeridae and evidence for homoplasy of morphological characters. Mol. Phylo. Evol. 50: 163-178
- Ilves, K. and E.B. Taylor 2007. Are Hypomesus chishimaensis and H. nipponensis (Osmeridae) Distinct Species? A Molecular Assessment Using Comparative Sequence Data from Five Genes.. Copeia 2007(1): 180-185

Eric B. (Rick) Taylor
Professor
Email:
Office phone: 604-822-9152
Lab phone: 604-822-1301
Web page: Home page
Research area: Ecology, Evolution
Lab Members: C. Crossman, S. Dick, S. May-McNally, J. Mee, J. Moore, J. Ruskey, M. Siegle, M. Yau
History: B.Sc., Ph.D., 1989 University of B.C., Vancouver
NSERC Post-Doctoral Fellow (1989-91): Dept. of Biology and Marine Gene Probe Lab, Dalhousie University
Canadian Government Visiting Research Scientist (1991-93), Pacific Biological Station, Killam Faculty Research
Fellow (2002-2003)
My research focuses on understanding patterns of genetic variation within and between natural populations, the processes that promote and organize such variation, and their relevance to the origins and conservation of biodiversity. In particular, I am interested in population structure and the historical and contemporary processes that influence population structure, speciation and hybridization (both ecological and genetic mechanisms of divergence and persistance in the face of gene flow), and the implications of these processes to biodiversity conservation. We develop and apply techniques in molecular biology to address questions in the evolution and ecology of natural fish populations. Molecular genetic (utilizing mitochondrial and microsatellite DNA markers, mtDNA and intron sequencing and RFLP analyses), morphological, and ecological, studies are conducted in the general fields of population genetics, molecular ecology and systematics, and conservation genetics and biodiversity. I am also part of the Native Fishes Research Group which focuses on ecological and genetic studies of native fish diversity and their relevance to conservation. I am curator of the UBC Fish Collection and Associate Director of the UBC Biodiversity Research Centre. I also teach undergraduate courses in Zoogeography (Biol. 413) and Diversity and Evolution of Fishes (Biol. 465), and co-teach a graduate course in Conservation Genetics (Zool. 524).
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